ℹ️
Basic Information
SOC Name
Qualcomm Snapdragon 6s Gen 3
Brand
Qualcomm
Announcement Date
01 June 2024
Class
Mid range
Manufacturing Process
6nm
Manufacturing
TSMC
⚡
CPU Specifications
CPU Architecture
2x 2.3 GHz – Cortex-A78
6x 2.0 GHz – Cortex-A55
CPU Cores
8 Core
CPU Frequency
2300MHz
Instruction Set
ARMv8.2-A
🧠
Cache & NPU
Cache
4 MB
Cache Level
L3
SLC
2MB
NPU
Hexagon AI Engine
💾
Memory
Memory Type
LPDDR4X
Memory Frequency
2133MHz
Memory Bus
2x 16 Bit
Max Bandwidth
17 Gb/s
Max Memory Size
12 GB
🎮
GPU
GPU
Adreno 619
GPU Architecture
Adreno 600
Pipelines
2 Pipeline
Shading Units
128 Unit
Total Shaders
256 Unit
Vulkan Version
Version 1.1
OpenCL Version
Version 2.0
DirectX Version
Version 12.1
💿
Storage & Display
Storage Type
UFS 3.1
Max Display Resolution
2520 x 1080
Max Camera Resolution
108MP
🎵
Video & Audio
Video Capture
4K at 30FPS
Video Playback
4K at 30FPS
Video Codecs
H.264, H.265, VP9
Audio Codecs
AAC, AIFF, CAF, MP3, MP4, WAV
📶
Connectivity
5G Support
1
WiFi
Wifi 5
Bluetooth
Bluetooth 5.2
🛰️
Navigation Systems
GPS
Yes
GLONASS
Yes
Beidou
Yes
Galileo
Yes
QZSS
Yes
NAVIC
Yes
⚖️
Related SOC
Displayed SoCs are selected based on performance class suitability and key benchmark metrics.
MediaTek •
8 cores •
2020
487,164
Qualcomm Snapdragon 6s Gen 3
Qualcomm •
8 cores •
2024
468,323
Qualcomm •
8 cores •
2017
463,819
✅
Positive Aspects
1. Balanced Everyday Performance
The Snapdragon 6s Gen 3 combines Cortex-A78 performance cores and Cortex-A55 efficiency cores, delivering smooth system responsiveness for daily apps, social media, and multitasking in mid-range devices. 2. Integrated 5G Connectivity
With built-in 5G modem support, the platform enables modern network speeds without needing an external modem, improving efficiency and board design simplicity. 3. Efficient GPU for Casual Gaming
The Adreno 619 GPU handles casual gaming and media playback efficiently, offering stable performance for popular mobile titles and streaming workloads.
❌
Negative Aspects
1. Limited for Heavy Gaming
The Adreno 619 and mid-tier CPU configuration struggle with high-end 3D gaming at max settings, leading to lower frame rates in demanding titles. 2. Older Memory Subsystem
Using LPDDR4X limits memory bandwidth compared to newer LPDDR5-based mid-range chips, reducing performance in memory-intensive scenarios.